![]() These applications play a crucial role in advancing critical business outcomes, such as workforce productivity, operational efficiency, quality control, cost management, workplace safety and sustainability. This means users can experience the speed, low latency, reliability, security and efficiency of 5G wireless across the edge without compromising data control, sovereignty or governance requirements.Ī standalone Dell Private Wireless 5G solution with edge computing supports multiple enterprise edge applications. The solution leverages the Airspan AirVelocity 1901 and AirVelocity 2700 5G radios and the Druid Software Raemis™ 5G core for a complete end-to-end solution.ĭell Private Wireless allows enterprises to gain the benefits of 5G wireless capability across edge deployments without the need to move data outside the enterprise network. It is an easy-to-deploy solution for standing up private 5G connectivity across distributed edge resources, working with Dell Technologies as a single, trusted technology provider. Powered by Dell VxRail and PowerEdge servers, this private wireless solution is built in partnership with leading mobile technology providers Airspan and Druid. ![]() Today, Dell introduces Dell Private Wireless with Airspan and Druid, a new enterprise-class solution that uses 5G technologies to deliver a standalone private wireless network – with dedicated bandwidth and infrastructure – that meets the diverse connectivity needs of enterprises edge applications across industries. Introducing Dell Private Wireless with Airspan and Druid For these reasons, many enterprises are unable or unwilling to implement a private wireless solution regardless of the benefits it delivers. Most enterprises today lack the resources internally to design, deploy and maintain the private wireless networks they need to support a truly mature edge application strategy. Yet, making the move to private wireless can be a complex undertaking, with multi-vendor infrastructure and application challenges to overcome, as well as complex support issues in the short and longer term. It also supports large geographical coverage areas, which is optimal for a variety of edge environments.Īs advanced edge applications like machine vision, industrial automation and digital twin technologies become prevalent, as well as applications running in dispersed and rugged environments, private wireless is becoming the connectivity option of choice for running edge applications. While Wi-Fi networks provide adequate connectivity for non-business-critical use cases, private wireless delivers a more secure solution with predictable performance at scale, including the lower latency and higher throughput edge applications require. Private wireless networks can support advanced and compelling edge use cases that are often not suited for public networks. These robust features are best delivered with private wireless solutions. As business workloads become inundated with exponential data growth from an expanding number of autonomous edge endpoints, network connectivity is taking on a critical new role.Įdge applications require a robust connectivity solution – one that ensures reliable quality of service (QoS), high-speed throughput, zero-trust security, low latency and flexible scalability to support massive device connectivity. This transformation is leading to shifts across the information ecosystem. ![]() Energy, Climate Action & SustainabilityĪcross industries, the widescale move to edge computing is transforming the way organizations access, analyze and act on data.APEX Cloud Platform for Red Hat OpenShift. ![]() APEX Cloud Platform for Microsoft Azure.APEX Data Storage Services Backup Target.
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